High-Temperature, High-Velocity Steam Environment Material Simulation Corrosion Testing Apparatus
- Product Description
-
Product Introduction:
Using laboratory testing methods , This equipment accurately simulates the high-temperature, high water-vapor partial-pressure, and high water-vapor-velocity conditions encountered in turbomachinery operation, conducting cyclic tests on materials to evaluate their thermal corrosion and steam oxidation corrosion, thereby providing a reliable assessment of their thermochemical stability. The system comprises an air-inlet control system, a liquid-inlet control system, a uniform vaporization unit, heated piping, and a heating reactor, among other components. It is primarily suited for applications in high-temperature thermal-barrier coatings, composite materials, alloys, and related fields.
Equipment features:
▶ Precise control of liquid inflow
▶ Uniform vaporization of liquid water and gas mixing
▶ Multiple flow ranges available for the carrier gas: 300ml/1000ml/3000ml (Static)
▶ Steam impact velocity: maximum 160m/s ( High-speed version Calculated value)
▶ Maximum temperature options: 1200℃/1600℃
▶ Multiple process sets can be preconfigured, with each set 50 Program segment Control
Application areas:
◆ High-temperature thermal barrier coatings: Simulate high-temperature, high-water-vapor partial-pressure environments and water-vapor fluxes to investigate the degradation mechanisms of active ingredients and to evaluate the thermochemical stability of environmental-barrier coating materials.
◆ High-temperature alloys: Nickel-based high-temperature alloy NiAl — Water vapor can stabilize the metastable alumina layer through surface hydroxylation, thereby promoting the formation of a stable alumina protective layer and enhancing oxidation resistance.
◆ Nuclear fuel additives: Yes 、 Silicon carbide and Zirconium Nitride Can be used as uranium nitride. (UN) Additives for enhancing the oxidation resistance of fuels and their composite fuels—investigation of the degradation mechanisms of nuclear materials in high-temperature steam environments, as well as the anti-steam-corrosion performance of these additives.
Product Specifications:
Device Name
High-Temperature Static Water-Oxygen Corrosion System
High-Temperature, High-Speed Water-Oxygen Corrosion System
Model
HTWOS-01G
HTSWT-02G
Maximum temperature (optional)
1200℃/1600℃/1800℃
1600℃
Reaction chamber
Φ50/70
Φ50/Φ70mm (optional)
Effective dimensions of the reaction chamber
120mm
100mm
Sample size
——
30*20*4 mm
Angle
——
30°/ 35°/ 40°/ 45°
Material of the heating reactor
Quartz /Corundum
Corundum
Thermal reactor heating element
Silicon-molybdenum rod
Control Method
All-in-one color touchscreen device Multi-module PLC control
Temperature Control accuracy
±1℃
Water vapor Content control accuracy
±1 %
Water vapor content
5%–100% (moist gas at any ratio)
Water evaporator temperature
≤150℃
Pipeline Trace Heating Temperature
≤120℃
Maximum steam flow
——
30L/min
Steam flow rate
——
160m/s
Carrier Gas Control (Optional)
Float flowmeter /Mass flow meter
Mass flow meter
Carrier gas range (optional)
300ml/1000ml/3000ml
5L/min
Equipment dimensions
620 times 1685 times 945 mm
640 times 935 times 1300 mm
Rated voltage
220V
220V
Rated power
4.8KW
5.5KW
Note: Please consult the Sales Manager for a detailed configuration plan; these parameters are for reference only.
Keywords:
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Contact Information
Address: No. 11 Shuangchuan Road, Tianjin Beichen Science and Technology Park
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